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Error exponents for entanglement concentration

2002
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Journal of Physics A: Mathematical and General
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Consider entanglement concentration schemes that convert n identical copies of a pure state into a maximally entangled state of a desired size with success probability being close to one in the asymptotic limit. We give the distillable entanglement, the number of Bell pairs distilled per copy, as a function of an error exponent, which represents the rate of decrease in failure probability as n tends to infinity. The formula fills the gap between the least upper bound of distillable entanglement

doi:10.1088/0305-4470/36/2/316
fatcat:fxlk7ql2ozcaxfhhjnwf3nj6hi